Phone:
86-15852949220
NANJING ALAS INTERNATIONAL CO., LTD
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In the demanding environment of construction and metal fabrication, the reliability of your equipment depends on the strength of its cutting edge. A professional bar cutting blade is the essential component that ensures clean, efficient, and safe shearing of steel bars and rods. Choosing the right rebar cutting blades not only improves your productivity but also extends the operational life of your cutting machinery.
Whether you are working with mild steel, high-tensile rebar, or stainless steel rods, our bar cutting blade range is designed to handle the pressure. Manufactured from premium, shock-resistant tool steel (such as cr12mov, H13), these blades undergo rigorous vacuum heat treatment. This process ensures that each bar cutting blade maintains an ideal balance of hardness and toughness, preventing chipping and cracking under heavy loads.
A dull or low-quality bar cutting blade can cause material deformation and put unnecessary strain on your machine's hydraulic system. Our precision-ground rebar cutting blades provide a crisp, burr-free finish every time. By maintaining tight tolerances and sharp edges, our blades reduce the energy required for each cut, leading to lower fuel or electricity consumption for your facility.
We understand that different machines require specific blade geometries. Beyond standard replacement bar cutting blade options, we offer custom manufacturing services tailored to your specific machine brand and material requirements. Our rebar cutting blades are engineered for easy installation and perfect alignment, ensuring your project stays on schedule without unexpected downtime.
| NO. | Product Name | Specification Dimensions (length x width x height/thickness) ） | Material | Remarks |
| 1 | Bar Cutting Blade size | 78*78*17 mm | 9crsi，cr12mov，H13 | Customization services are available; we can manufacture according to your drawings, with a minimum order quantity of 2 piece. |
| 2 | 80*80*17 mm | |||
| 3 | 80*80*30 mm | |||
| 4 | 83*83*16 mm | |||
| 5 | 83*83*26 mm | |||
| 6 | 83*83*26mm | |||
| 7 | 90*90*20mm | |||
| 8 | 90*90*26mm | |||
| 9 | 100*100*20 mm | |||
| 10 | 100*100*30mm | |||
| 11 | 110*110*20 mm | |||
| 12 | 100*30*75 mm | |||
| 13 | 85x65x30 mm | |||
I will provide you with usage suggestions based on material selection, equipment matching, cutting material, and manufacturing process:
The blade material directly determines its hardness, toughness, and service life. Choose the material according to your cutting needs:
Currently the mainstream high-quality blade material on the market, possessing both extremely high wear resistance and toughness, with outstanding resistance to thermal cycling. Even during long-term, high-intensity continuous cutting, it is not prone to deformation or chipping, making it suitable for large-scale processing of high-strength rebar.
High-hardness, high-wear-resistance tool steel. Its hardness far exceeds that of ordinary alloy blades, and it can handle the cutting needs of high-hardness cold-rolled rebar. Note that its toughness is relatively weaker; it is recommended to avoid using it in high-impact, large-gap cutting conditions.
An economical and practical choice. It has good hardenability and machinability, suitable for cutting ordinary medium- and low-strength rebar, and is widely used in small and medium-sized projects.
Shape Matching: Common blade shapes are square (four sides usable) and rectangular. Square blades allow for the rotation of four cutting edges, significantly extending their service life, suitable for large-scale processing scenarios; rectangular blades are mostly single-sided or double-sided, suitable for small-tonnage cutting machines.
Size Matching: Different tonnage cutting machines (such as GQ40, GQ50, GQ60) have specific standards for blade thickness, length, width, and bolt hole spacing. Selection must strictly follow the equipment's instruction manual.
Ordinary Round Steel: Low hardness and low cutting resistance. 9CrSi or Cr12MoV materials are sufficient, meeting basic cutting needs while controlling costs.
High-Strength Ribbed Rebar : High hardness, and the ribbed surface structure easily wears down the blade. It is recommended to use H13 material. Its excellent wear resistance and toughness can effectively reduce the risk of chipping, making it suitable for high-strength continuous cutting.
Blades processed through full grinding and vacuum heat treatment are preferred. These blades have a uniform hardness distribution, good edge retention, and are less prone to chipping or dulling during cutting.
Our blades, through optimized hardening depth and toughness, address the common industry problem of brittle fracture when cutting high-strength rebar
Base Grade | Steel Category | Chinese Standard GB/T 1299 | American Standard ASTM | German Standard DIN (W-Nr.) | Japanese Standard JIS |
H13 | Hot Work Die Steel | 4Cr5MoSiV1 | H13 | 1.2344 | SKD61 |
Cr12MoV | Cold Work Die Steel | Cr12MoV | 1.2601 | SKD11 | |
9CrSi | Alloy Tool Steel (Cutting Tool Steel) | 9CrSi | 1.2108 |
In the demanding environment of construction and metal fabrication, the reliability of your equipment depends on the strength of its cutting edge. A professional bar cutting blade is the essential component that ensures clean, efficient, and safe shearing of steel bars and rods. Choosing the right rebar cutting blades not only improves your productivity but also extends the operational life of your cutting machinery.
Whether you are working with mild steel, high-tensile rebar, or stainless steel rods, our bar cutting blade range is designed to handle the pressure. Manufactured from premium, shock-resistant tool steel (such as cr12mov, H13), these blades undergo rigorous vacuum heat treatment. This process ensures that each bar cutting blade maintains an ideal balance of hardness and toughness, preventing chipping and cracking under heavy loads.
A dull or low-quality bar cutting blade can cause material deformation and put unnecessary strain on your machine's hydraulic system. Our precision-ground rebar cutting blades provide a crisp, burr-free finish every time. By maintaining tight tolerances and sharp edges, our blades reduce the energy required for each cut, leading to lower fuel or electricity consumption for your facility.
We understand that different machines require specific blade geometries. Beyond standard replacement bar cutting blade options, we offer custom manufacturing services tailored to your specific machine brand and material requirements. Our rebar cutting blades are engineered for easy installation and perfect alignment, ensuring your project stays on schedule without unexpected downtime.
| NO. | Product Name | Specification Dimensions (length x width x height/thickness) ） | Material | Remarks |
| 1 | Bar Cutting Blade size | 78*78*17 mm | 9crsi，cr12mov，H13 | Customization services are available; we can manufacture according to your drawings, with a minimum order quantity of 2 piece. |
| 2 | 80*80*17 mm | |||
| 3 | 80*80*30 mm | |||
| 4 | 83*83*16 mm | |||
| 5 | 83*83*26 mm | |||
| 6 | 83*83*26mm | |||
| 7 | 90*90*20mm | |||
| 8 | 90*90*26mm | |||
| 9 | 100*100*20 mm | |||
| 10 | 100*100*30mm | |||
| 11 | 110*110*20 mm | |||
| 12 | 100*30*75 mm | |||
| 13 | 85x65x30 mm | |||
I will provide you with usage suggestions based on material selection, equipment matching, cutting material, and manufacturing process:
The blade material directly determines its hardness, toughness, and service life. Choose the material according to your cutting needs:
Currently the mainstream high-quality blade material on the market, possessing both extremely high wear resistance and toughness, with outstanding resistance to thermal cycling. Even during long-term, high-intensity continuous cutting, it is not prone to deformation or chipping, making it suitable for large-scale processing of high-strength rebar.
High-hardness, high-wear-resistance tool steel. Its hardness far exceeds that of ordinary alloy blades, and it can handle the cutting needs of high-hardness cold-rolled rebar. Note that its toughness is relatively weaker; it is recommended to avoid using it in high-impact, large-gap cutting conditions.
An economical and practical choice. It has good hardenability and machinability, suitable for cutting ordinary medium- and low-strength rebar, and is widely used in small and medium-sized projects.
Shape Matching: Common blade shapes are square (four sides usable) and rectangular. Square blades allow for the rotation of four cutting edges, significantly extending their service life, suitable for large-scale processing scenarios; rectangular blades are mostly single-sided or double-sided, suitable for small-tonnage cutting machines.
Size Matching: Different tonnage cutting machines (such as GQ40, GQ50, GQ60) have specific standards for blade thickness, length, width, and bolt hole spacing. Selection must strictly follow the equipment's instruction manual.
Ordinary Round Steel: Low hardness and low cutting resistance. 9CrSi or Cr12MoV materials are sufficient, meeting basic cutting needs while controlling costs.
High-Strength Ribbed Rebar : High hardness, and the ribbed surface structure easily wears down the blade. It is recommended to use H13 material. Its excellent wear resistance and toughness can effectively reduce the risk of chipping, making it suitable for high-strength continuous cutting.
Blades processed through full grinding and vacuum heat treatment are preferred. These blades have a uniform hardness distribution, good edge retention, and are less prone to chipping or dulling during cutting.
Our blades, through optimized hardening depth and toughness, address the common industry problem of brittle fracture when cutting high-strength rebar
Base Grade | Steel Category | Chinese Standard GB/T 1299 | American Standard ASTM | German Standard DIN (W-Nr.) | Japanese Standard JIS |
H13 | Hot Work Die Steel | 4Cr5MoSiV1 | H13 | 1.2344 | SKD61 |
Cr12MoV | Cold Work Die Steel | Cr12MoV | 1.2601 | SKD11 | |
9CrSi | Alloy Tool Steel (Cutting Tool Steel) | 9CrSi | 1.2108 |